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SA179 Based Pipes Al Material Spiral Finned Tube for Cooling System 1.Introduction: SA179 Based Pipes Al Material Spiral Finned Tube for Cooling System Application Power plant boilers, heating boilers, fin economizers of industrial boilers, heat pipe air preheaters, waste-temperature boilers, and steel, petrochemical, chemical and various industrial boilers Material of base pipe Carbon, alloy steel, stainless steel tube ASTM A106/A53,ASTM/ASME SA210,ASTM A213,ASTM A179/A192

High Frequency Welded Spiral Finned Aluminum Fins Vaporizer Fin Tube Weldable fin material: carbon steel, corrosion resistant steel, stainless steel, alloy steel. Weldable fin form: continuous, open tooth Application of high frequency welded spiral finned tube High frequency welded spiral finned tube is an efficient heat transfer element. Its heat transfer area is several times to dozens of times that of the smooth tube, which can strengthen heat transfer, reduce flow

Aluminium Finned Tubes Extruded Finned Tube Condenser Fin Tubes Information of finned tubes: Base tubes material stainless steel tube, carbon steel tube , copper steel tube Base tube’s range of OD 10-55mm Base tube’s range of WT 1-3mm Fin thickness range 0.3-1.5mm Fin height range 10-18mm Product processing requirements for embedded spiral finned tube (embedded) equipment 1 mosaic depth and stability 1.1 pull off force test: more than 8kg or aluminum strip tearing 1.2 inlay

Tube Fin Type Tube-Fin Cooler L-Type Wound Finned Tube L-type wound finned tube: aluminum fin or copper fin is folded into an L shape and continuously spirally wound on the outer surface of the base tube under the action of tension. High operating temperature: 150 °. Ll type wound finned tube: on the basis of L type, the fin root completely covers the outer surface of the base tube; To some extent, this fin type ensures better corrosion resistance. High operating temperature:

High Frequency Welded Spiral Finned Aluminum Fins For Copper Pipe Aluminium Finned Tubes High frequency welded spiral finned tube is a new type, wear-resistant and efficient heat exchange material. It is a high-efficiency and energy-saving heat exchange element. It adopts patented technology, uses high-frequency welding production process, takes high-frequency power supply as the heat source, heats the steel strip and steel pipe at the same time, and makes them fuse and weld

Finned Tubes Elliptical Type Flat Tube Heat Exchanger Helical Finned Tube The elliptical finned tube [1] is a heat exchange element composed of a base tube elliptical tube and outer fins. The common ones are elliptical rectangular finned tubes, elliptical elliptical finned tubes, elliptical round finned tubes, spiral elliptic flat tubes, elliptical H-shaped finned tubes and so on. Oval finned tubes are receiving attention due to their superior performance to round finned

Fin Tube Aluminium Evaporator Fin Tube Coil Fintube Cooling Systems 1.Information of finned tubes: Base tubes material : stainless steel tube, carbon steel tube , copper steel tube Base tube’s range of OD: 10-55mm Base tube’s range of WT: 1-3mm Fin thickness range: 0.3-1.5mm Fin height range: 10-18mm Fin material: Aluminum 2.High-frequency resistance welding spiral finned tube is to introduce high-power high-frequency current into the welded part, and use the resistance heat

Alloy Steel Fin Tubes Nail Head Tube Heat Exchange Element Needle Tube Nail head tube (needle tube) enhanced heat exchange element is a series of cylindrical welded on the surface of steel pipe by needle tube automatic welding machine, which is characterized by: 1. Tetragonal circumferential equal distribution welding; 2. Hexagonal circumferential equal distribution welding; Compared with the traditional needle tube manufacturing process, the tetragonal and hexagonal needle

Extruded finned tube Fin Tube Strip Air Heater Gilled Tube Radiator Gilled Tube Fin Tube Divaice Fin Tube Connector Puller The finned tube adopts the form of base tube covering aluminum tube, (the base tube can be carbon steel, stainless steel, copper) through machine extrusion to form the fin, the base of the fin is close to the outer wall of the tube, with high heat transfer coefficient and excellent heat transfer performance. Maximum Working Temperature : 545 Fin Materials